Project-portfolio

Illustrated portfolio of projects

Referanseelver_2018/Climate

Separate R project under ‘Referanseelver_2018’

Scripts 02 and 03

Function get_gridded_data: Temperature and precipitation time series for a given coordinate from NVE’s server (1 km grid interpolation)
* Variables that can be downloaded: temperature, precipitation, and precipitation plus snow melt
* Example for downloading temperature (‘tm’):

get_gridded_data(utm_x, utm_y, "tm")

03_Gridded_data_test_plots

Heatmap tep

05_Analysis_gridded_data_MK_TheilSen

Norway temperature map

06_Analysis_deposition

Norway N deposition map

08_Vannføring

Norway discharge map

Elveovervakning

*In folder/project ‘seksjon 318’

2020 / Script 07_1

07_1c_Samlet okologisk tilstand (nEQR)_ver3.png

2020 / Script 07b and 07c

  • Maps with county borders (old), main rivers and Mjøsa
    • Note: map with new county borders: C:\Data\Mapdata\Basisdata_0000_Norge_25833_NorskeFylkerKommunerIllustrasjonsdata2021_GeoJSON
  • Pies on map
  • Detail charts

07b_labelmap_nolegend.png

07c_qualitymap_complete.png

Script 20

  • Function for getting OpenStreetMap maps plus others around given stations
  • Pie plot on local charts (Web Mercator projection)
  • Function for getting river geometry from vann-data given Vannforekomst code

20_4stations_2021_bing.png

20_4stations_2021_osm.png

okostor_maps

Folder: Seksjon 319

Script 02

Per-lake maps
* Using OpenStreetMap package for the background, points/labels added using points and text
* Nice and pretty generic functions for getting postitions for plotting scale and legend (get_scale_positions and get_legend_positions)
Overview map
* best result using ggplot + GeoNorge data
* background map = coast contour + counties) * lake geodata from K

okostor_maps_01.png
okostor_maps_02.png